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TRUE or FALSE: A good example of Charles Law is when a piece of metal expands in the heat
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
If we increase the temperature of a gas, what will happen to the number of collisions the particles have with the container walls?
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
TRUE or FALSE. According to Charles' Law, if you have a balloon inside a car at noon during a hot summer day the balloon molecules inside will increase in pressure.
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
TRUE OR FALSE. You drove continuously from Beaver Dam to Daytona Beach Florida and you observed that the pressure in your tires increased. This is because the tires' temperatures increased due to the friction caused by the road.
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
Gas pressure is caused by
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
If we increase the volume of the container a gas is in, what will happen to the pressure the particles exert on the walls of the container?
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
f we increase the temperature of a gas, what will happen to the spacing of the particles?
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
Which of the following explains why a hot air balloon inflates when it is heated?
The spacing of the particles will increase
The number of collisions the particles will have with the container walls will increase
The pressure the gas exerts on the walls of the container will increase
False
Gas molecules hitting the walls of a container
True
The increased temperature causes the gases to spread out and inflate the balloon.
False
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